I just watched a solo founder live on stage turn a crowd-sourced app idea into a working prototype in under 30 minutes.
If you are a product leader who is feeling the pressure to get more done with less...
This felt too good to be true:
“No more depending on the engineers.”
Suddenly, you have the power to bring your vision to life: create a landing page, a sign-up flow, and a working demo with just an AI prompt.
The crowd went wild.
To me personally, it felt magical.
Vibe coding makes building software seem effortless and makes the product feel like magic.
And that’s the trap:
It’s never been easier to go from idea to prototype …and never more dangerous to confuse that for shipping a real product.
For those unfamiliar, vibe coding is the concept of building software by “vibing” with AI tools like Loveable, V0, or ChatGPT. Typing natural language prompts and letting AI generate the code.
You describe what you want in simple prompts, and AI builds it.
It’s fast, intuitive, and, no less important, fun.
AI developers like Andrej Karpathy called it “vibe coding.”
Levelsio shipped a multiplayer game in a day and monetized it the following night.
Here is the new trend: product leaders are skipping designers and engineers to prototype in hours, not weeks.
Vibe coding is here.
For the first time EVER, non-engineers can see their ideas come to life in real-time. All without negotiating with engineers, waiting weeks or months.
We’ve never had a better tool to quickly validate (or kill) ideas.
But here’s one thing we shouldn’t forget:
Prototype is NOT a product. And the gap between them is enormous.
Here is why…
As a product leader and a former engineering leader, I’ve seen this pattern at Google, at Roblox, and in every company where I’ve led teams.
Long before vibe coding, teams hacked together proof-of-concepts. And then came the trap: trying to evolve them into production systems.
How often have you seen engineers building incredible, fully functioning solutions during a short hackathon, but then you asked them to ship this to the customers, which took them many more months?
The reason is that there is much more that needs to go into a real product than into a prototype, and trying to evolve the prototype, instead of a shortcut, becomes a detour:
As a result, as an engineering leader, I’ve had to justify months of engineering time spent fixing “tech debt” instead of shipping new features. Features that customers were waiting for and that would drive measurable ROI.
And the longer you postpone that rewrite, the more painful and expensive it gets.
Vibe coding feels so frictionless that many teams won’t stop to question the cost.
That is precisely the danger. The cost is high. But it’s not the cost of building the prototype, but the cost of trying to put it in your customer’s hands.
Here’s the key insight for teams using Confluence and Jira:
Vibe coding doesn’t eliminate the need for structured processes and tools to support them.
It makes them more critical than ever.
Because the faster you build, the faster you hit the wall, unless you’ve defined your requirements properly and engineers know exactly what to build.
That’s why structured thinking in Confluence and clear tracking in Jira are more important than ever before.
Prototypes are both thinking tools and communication tools. But they are NOT even a foundation of the full product.
They’re not built for performance, scalability, security, or maintainability.
Similarly to how you wouldn’t add a motor to a paper airplane, you shouldn’t use a vibe-coded prototype to serve customers.
Once you have validated your idea with the help of Vibe Coding and have a prototype to communicate the functionality to stakeholders, it’s time to turn it into a real product.
This would require a different mindset than the one required for prototyping. It’s not about speed anymore, but about thoughtfulness and asking the right questions.
Successful product implementation starts with clear goals and thoughtful requirements. This is the most essential part of product development.
After a decade of leading engineering teams, I developed the F.A.S.T. framework to help bridge the gap between idea and execution.
Here is how to actually go from prototype to product:
Once your idea is clearly defined, you are set up for a successful partnership with the engineers to launch the product to your customers.
And what’s the platform for planning these product initiatives and aligning teams? Confluence.
Wisary embeds the F.A.S.T framework into Confluence, ensuring teams will successfully translate the prototype into the right product as efficiently as possible.
Then in Jira, teams can execute with confidence, because everyone knows what’s being built, why it matters, and how to measure success.
One customer cut engineering time by 52%, not by moving faster, but by aligning earlier.
You need speed to explore ideas.
But you need structure to build real products.
Vibe coding won’t replace engineers.
And it won’t replace Confluence and Jira.
If anything, it makes both more essential.
Wisary starts when vibe coding ends. It utilizes AI to guide the creation of comprehensive requirements within Confluence, ensuring that engineers build the right product, not just any product.
If your team is ready to go from prototype to product, start with the right PRD right inside Confluence.
Check out Wisary and start building smarter.
Ala _Wisary_
0 comments